2002 Iveco Daily 2.8L Diesel · YD52 NKM

A recurring theme of corrosion-related advisories running throughout the DVSA record is the defining mechanical story of this 2002 Iveco Daily, with structural and chassis components flagged at multiple tests across the years. The most recent pass on 21 July 2025 carried four advisories and one minor defect, the most notable being deterioration of both rear leaf spring bushes, corrosion on both front lower suspension arms, and corrosion of the rear axle. Earlier tests reinforce the pattern: cab inner sills were noted as corroding in 2022, both inner rear sills were flagged with slight corrosion in 2018, and a 2017 failure recorded a sharp edge caused by corrosion on the nearside rear body. That the corrosion theme has surfaced on the suspension, axles, inner sills, and bodywork over a span of nearly a decade points to a progressive condition rather than an isolated issue, even though the vehicle has continued to pass each subsequent test. With 85,413 miles recorded over approximately 24 years, the annual accumulation works out at roughly 3,559 miles, which is exceptionally low for a commercial vehicle of this type and consistent with either very light duty or extended periods off the road. The MOT testing history shows a clear three-year gap between the 2018 test and the 2021 test, followed by another interval to 2022 and then annual testing through to 2025, suggesting the vehicle has not been in continuous service. Mechanically, low mileage on a heavy vehicle of this age is a mixed indicator: it can preserve the drivetrain from heavy wear, but the multiple recorded standing periods and the consistent advisory pattern suggest the chassis and bodywork have had prolonged exposure to moisture rather than the protective benefits of regular use. For a prospective buyer, the priorities on inspection are the rear leaf spring shackle pins and bushes, the front lower suspension arms, and the rear axle corrosion, all of which were flagged at the most recent test. On a test drive, listen for clonks or knocks from the rear suspension over speed humps and uneven surfaces, which would indicate further wear in the deteriorated bushes, and pay attention to any vagueness or rattle from the front end that could suggest the corroded lower arms have thinned to a point where compliance is affected. With the engine running, the exhaust note should be checked for blowing sounds indicative of corrosion at the joints, and the vehicle should be observed from underneath on a ramp for the true extent of the rear axle and sill corrosion, as advisories in this category often understate the visible deterioration. The parking brake lever, which previously had little reserve travel, should be tested on an incline to confirm it holds without needing excessive force, and the nearside rear body should be physically checked for any further sharp edges or perforation given the prior failure on that area. The minor defect recorded for the offside rear registration plate lamp should be a simple fix, but the cumulative corrosion picture is the principal concern when evaluating this vehicle. A thorough pre-purchase inspection by a commercial vehicle specialist, ideally with the vehicle on a lift to assess structural integrity rather than relying solely on advisory wording, is strongly advisable before committing to purchase.